COL6A6 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	COL6A6
Entrez Gene ID	100030389
Full Name	collagen type VI alpha 6 chain
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007505115.1	XP_007505177.1	collagen alpha-6(VI) chain

Pathways from BioSystems
Gene Ontology

The following COL6A6 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the COL6A6 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OMc34252	XM_007505115.1 Latest version!	Monodelphis domestica collagen type VI alpha 6 (COL6A6), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

COL6A6 ( XM_007505115.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007505177.1 Monodelphis domestica collagen type VI alpha 6 (COL6A6), mRNA.

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CloneID	OMc34252
Clone ID Related Accession (Same CDS sequence)	XM_007505115.1
Accession Version	XM_007505115.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6765bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	collagen alpha-6(VI) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008808.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTCCTGT TTTTCCTCCT CATCATAGCT TGTGCCAGAG TGTCTGTGAA CCAGGATGCC 
GGTCCTGAGT TTGCTGATGT TGTGTTCCTG GTGGATAGCT CTGACCATGT GGGGAGCAAG 
TCCTTCCCCT TTGTGAGAAC CTTTATAAGC AAAACGATCA ACAGTCTTCC AGTGGAGGCC 
AGAAAATTCC GTATTGCCCT TGCTCAGTAT AGCGATGATC TACACCAGGA GTTCCTGCTG 
AGCCCCTTCA TGACCAAGAA CGCCATATTG AACCACCTCA AGAGGAACTT CACCTACATG 
GGGGGATCTT TGCGAATAGG CAATGCTCTT GAGAAGGTCC ACAAGACCTA CTTCTCAGGC 
CCAATGAATG GAAGAGACAA GAATCAGTTC CCACAGGTTC TGGTAGTCTT GACTTCAGCC 
CACTCTGAGG ATGATGTGGA AGGACCAGCA AAGGCTTTGC AGAGAGACGG GGTGAAAATC 
ATCACATTGG GGATGCAAAA TGCTTCAGAA GAAAATCTAA AAACGATGGC CACGGCTCAG 
TTTCATTACA ACCTTAGAAC AGTGAGAGAT GTGGGCACAT TTTCTACAAA TATGACCAGC 
ATCATAAAGG AGGTGGCAAA GTATAAGGCA GGAGCAGATG ATGCTGATGT GGAAGAAGTT 
TGTCACGGTA CTTCTGTGGC TGATGTCGTA TTCCTCCTGG ACGAATATGT CAACGGCACC 
CAGGAAAACT TGGAACATCT TAAAGGATTC CTAGAAGAGA GTGTGTCTTC TTTTGATGTG 
AAAGAGAACT GTATGAGGAT TGGTCTGGTG ACCTACACCG ATGAGACAAA GGTGATACAT 
TCCCTGAGCA CAGGGACCAA CAAGTCGGAG GTTCTGCAAG AGATTCAGAA GCTGTCTCCC 
AAAGCTGGGA GAGCCTACAC TGGAGCTGCC ATGACAAAGG TCAGGAAGGA AGTCTTCAGC 
GTCCAGAAAG GCAGCCGGAG GATGCAGGGG GTCCCCCAGA TAGCCATTCT GGTTGCTCAT 
AGACCATCAG AAGATAACGT CTCTGAAGCA GCACTTGACC TTCGGCGTGA GGGTGTAACT 
GTGTTCACTG TGGGCTTAGA AGGCTCTGAT GATACCCAGT TGGGACAGAT ATCATCTCAT 
CCTCCAGAAA AGTATCTTTC CAAACTGAAA ACATTTTCAG AACTGGCAGC CCATAATCAG 
ACATTTCAGA AGAAACTCAG AGGTGAAATA CAGCATAAGG TATCCGTCCT ATCAGAACAG 
ACTGAACACC TCAAAGCTGG TTGTGTAGAA ACTGAAGAAG CCGACATCTA TTTACTCATC 
GATGGCTCAG GAAGTATCTA CCCAACAGAC TTCCAAGAAA TGAAAGCATT TCTGTCAGAA 
GTGATAGAAA TGTTCACCAT AGCACCCTAT AAAGTCAGAG TTGGAGCTGT TCAGTATTCA 
CACATTCAGG AACTGGAATT TGAGATTAAC AAATACTCAA ACAAAAACGA TTTGGGAAAG 
GCTATTGACA ACATCTGGCA GTTGGGCGGC AACACCAATA CAGGTGCAGC GCTGGATTTC 
ACTCTTGGGC TTCTACAAAG AGCAAAGACT CAGAGAGGGA ACAAAGTGCC ATGTCACCTG 
ATTGTACTGA CAGATGGAAT GTCGGATGAC AATGTCTTGG AGCCTGCCAA AAAACTCAAG 
GATGAGAATA TCAATGTGTA TGCCATTGGC GTCAAGGAAG CAAACCGAAC CCAGTTGCTA 
GAAATTGCAG GAACTGAAAA GAGAGTTTAT TATGTGTATA ACTTTGATTC TTTGAAAGAC 
ATAAAAAATC AAGTTGTTCA AGGAATCTGT TCCAAAGAAG CTTGTAAAGA CGTGAAAGCT 
GATGTCATGT TTCTGGTGGA TAGTTCTAGA AGCATAGGAC TTGAAAATTT TGGGAAAATG 
AAAACATTTA TGAAAAACCT GGTGAACAAG TCTCAGATTG GAGAAGACCA AGTACAAGTT 
GGCATTGTCC AATTCAGTGA CGTGAACAAA GAAGAATTTC AGCTCAATAG GTATTGGACC 
CAACATGAAA TTTTTGATGC GATAGACAGA ATGTCTAACA TAGACAGGGA GACCCTGACG 
GGAAGTGCCC TGAAGTTTGT GTCTGACTAT TTCCATCCCT CCAAGGGGGC ACGTCCCGGT 
GTCAGAAAGT TTCTCATCCT CATCACAGAT GGAGAATCAC AGGATCCAGT CAAGGACCCA 
GCTATGGCTC TTCGGCAAGA TGGCGTAATT ATCTACTCCG TGGGAGTGTA TGGCGCAAAT 
GAAACCCAAC TAGTGGAAAT CAGTGGGAAA CCTGAAATGA TTTTTTATGT TGAGACTTTT 
GATATTCTTA AGCACATAGA AGATGACCTC GTTTTTGGCA TATGTAACCC CCGGGAAGAA 
TGCAAACAGA TAGAAGTTTT AGACATAGTG TTTGTCATTG ATAGCTCTGG CAGTATAGAC 
TACAATGAAT ACAACATTAT GAAAGAGTTC ATGATCAAGC TGGTGAAAAA AGCTGATGTT 
GCCAAGGACC GAGTTCGGTT TGGAGCCTTA AAATACTCCT ATGATCCTAC GATTCTTTTT 
TATCTCGATG AGTTTGACAC TAGGTCCAAA GTCATTTCAC TTCTCCAGAA TGATTCCCCA 
AAAGGAGGAG ATACATACAC AGCCAAAGCC CTTGCCTTCT CAGAGCACAT GTTCACTGAG 
GCACGGGGCA GCCGCATAAA CCAAAAAGTG CCCCAGGTCC TCATCGTGAT CACAGATGGC 
GAATCCCACG ACGCCAACCA ACTCAATGCT ACAGCCAAAG CTTTAAGGGA CAAAGGCATT 
CTCATCCTGG CCGTAGGAAT TGCAGGAGCG AATACTGAAG AACTTTTGGC AATGGCAGGT 
TCAACTGACA AGTATTTCTT TGTGGAGACT TTTGGGGGCC TGAAGGGAAT CTTCCAAAAT 
GTGTCAGACA GTATTTGTGG TCCTTCCAAA GTAGAATGTA AAATGGAAAA GGCAGATCTT 
GTTTTCCTCC TTGATGGTTC TAATAGCATA TATCCAGAAA ACTTCAAGAA GATGAAGGAT 
TTTCTAGTGT CCGTAGTGGA TGATTTTGAC ATCGGACCTA GCAGAGTGCA CATCGGACTG 
GCTCAGTTCA GTCATGTCTA CCGGGCTGAG TTTTTCCTGG GGTCATTCAC CAGTGAGGGG 
GAGGTTTCCA CTCAAATTGA AATGACTCAA CAGGTCTTTG GAAATACCCA CATTGGTGCT 
GCACTGAAAC AAGTGGAACA ATATTTCCGA CCAGAGATGG GCAGCAGAAT AAATGTGGGT 
ATCCAGCAAG TTTTACTGGT TCTCACTGAT GGCCAGTCCC AAGATGAAGT GGCCAAGGCT 
GCCGAAGACC TGAGAAGGAA AGGAATTGAC ATATATTCTT TGGGCATTGG CGACGTGGAT 
GAGCAGCAAC TTATTCAGAT ATCTGGAACA TCAGACAAAA AACTAACAAT CGATAACTTT 
GATGAGCTGA AAAAGATCAA AAAAAGAATA GTCCGCAACA TCTGCACACC ACATGGAAGA 
AGCAGTTGTT TTGTGGATGT GGTTGTGGGC TTTGACATCT CCTCTCAGAA GAAAGGACAG 
CCTTTATTTG AAGGTCAGGC TTGGATGGAG ACTTATCTTA AGGATGTGTT ACGTGCCATC 
AGTTCCCTAA ATGGGGTGAG CTGTGTGGTG AAATCCCAGA CTCAGGTCAG TGTGGCCTTT 
CAAGTGACAA ATGCCATGGA GAAATTTTCC CCCAAGTTTG AGATTTACAG TGAAGATATC 
CTGAATACCT TGAAGGATGT AACCATTAAG GAACCATCTC ACCTCAATGC ACCTTTCTTG 
AATTCACTTT GGGATGCCTT TCAGAATAAA TCTGCTACTC GAGGAAAGGT GATACTGTTA 
TTTTCAGATG GGTTGGATGA TAACATTGAA AAACTGGAAG AAAAATCTGA TCAACTCCGA 
AAAGAAGGGC TCAACGCTCT GATAACCATT GCACTGGAAG AGACTTTGGA TACAAATGAT 
CTGGCTGACC TTCCATACAT TGAATTTGGG AAAGGATTTG ATTATAAGAC TCAGTTAACA 
ATTGGAATGA GAGATTTGGG AAGCAAACTC TCAGAATATC TGGCTAATGT TGCTGAAAGA 
ACATGCTGCT GCCTGCTTTG CAAGTGTGCT GGGGCAGATG GTGCCATTGG AGAACCTGGA 
ACGCCTGGGA AAAAGGGCCC TCCAGGTTTT AAAGGAAGCG AAGGCTATCT AGGAGAAGAA 
GGTGCTTCTG GAGAAAGAGG ATCACCTGGA CCAATGGGAC AAGGAGGCAT TAAAGGATGC 
GATGGGAGCA GAGGTCTCAA GGGAAACAGG GGGCTGAATG GAGAGGAGGG AGAAGTTGGG 
GAGCTTGGGA TTGATGGAAT AAATGGAGAA CAGGGTGACG GAGGCCTTTC TGGAACAAAA 
GGAGAAAAAG GAGATGAAGG TTCCCAGGGC AACCCTGGGA AGAAAGGACC ACCAGGTGAT 
GGCGGCAGAA GGGGATTGCG AGGGGATCCC GGCAACCCTG GATCAGACAA TAACAGAGAC 
GGACCCAAGG GCCCAAAAGG AGAAAGGGGG AAACAAGGTA CAAGAGGACA GCTAGGAATA 
CCAGGATCTC CAGGCTCCCG AGGAAACACG CCAAGGCATG GCCGACGAGG ACCGACTGGC 
CCACAGGGAA TAAATGGAGC TTCTGGTATG GATGGCCATG ATGGACCATT GGGATTAAAG 
GGCCCCCAGG GCCCGAGAGG AGATGCTGGC ATGAAAGGAG AAGAAGGAAG TCTTGGAAGT 
AAAGGTCCCC AGGGGCCTCC AGGACCAAAT GGTGTCAAAG GGAGTCCTGG CAGCTTGGGG 
ATCAGAGGAA ATAAAGGAGA ACTGGGACCT CCAGGAAAGA AAGGAGCACC TGGATCATCT 
GGTTATCGTG GAATGCCGGG AGAAGATGGA CGTGCGGGAT ATGGTAGAAA GGGAGAAAAA 
GGAGAAAAGG GACAAGAAGG CTTCCCAGGA GATAGTGGAC CAAAGGGGGA AGTTGGTGAT 
CCCGGCAGTC CAGGAGAAGT TGGTCCAAAG GGGTATAAAG GAAGAATGAG TCCTGCAGGA 
CCCCCTGGGG AGCCAGGATC TCCTGGATCT CAAGGACATC CAGGTCAGAA GGGTCCAAAA 
GGAGCAAAGG GATGGACCTC CTTCTCAACC TGTGACATCA TTCAGTTTGT TCGGGACCAC 
AGCCCTGGCT GGCAGGGAAA GCCAGAATGT CCTGTTCATC CTACTGAATT AGTATTTGCT 
TTGGATCTGT CCAGAGAGGT CACGGAGGAG GCATTTGAAC GCATGAAGGA GATGACTATT 
TCAATCGTGG ATGACCTCAA GATCAGGGAA AACAACTGCC CGGTGGGAGC AAGAGTTGCT 
GTTGTCTCCT ATAACTCTAA CACCCGGCAT CTCCTCCGTC TGTCCGACTC CCATAGCAAA 
AGCCAGCTGC TCAGAGCGAT TAAAGCTCTC CGTTTTGAGA CATCCTCAGG GGACCGGGAG 
GTCGGCAAGA CAATGAGGTT TGTGGCCAGG AATGTCTTCA AGAGAACCCT CCCAGGGGTC 
AACACGAGGA GGATTGCCAC AATTTTCAGT GATGGCCAGT CCACCGATGC ATCATCCATT 
GTTACCGCTA CCATGGAGTT CAATGCTCTG GACGTCATTC CAGTCGTGAT TGCTTTTAAC 
AATGTACCTG CTGTCAAGCG TGCCTTTGCG ATTGATGACA CTGGAGCGTT TCAGGTGTTA 
ACTATCCCTC CGAGGGCTGA CTACAAGCCA ATGTTGAAGA GACTCCAGCA GTGTACGTTC 
TGCTATGACA GATGCAAGCC TGATGTTTCT TGTGAGCAGG CTAAACCACC AGCAGCGCCA 
TCTTACATAG ATGCAGCCTT CCTCTTCCAA GGCTCCCGAG ATGTGGGGAG TGCCGAGTTT 
GAGGATGTGA AAGTTTTCCT GAAAGCTCTG CTGGATAACT TTGAGGTTGC CATTGAACCG 
GAGACGTCTG CTGTTGGGGA CAGAGTTGCC CTACTGAGCC ATGCTCCTCC AGGTTTCATG 
CCCAATACTC GTTCCAGCCC AGTTAGGATG GAGTTCAATT TCACCACCTA CAATGATAAG 
CGCCTAATGA AAAGACATGT TGAAGAATCA GTTCAACAGC TCAATGGGGA AGCTTTCTTG 
GGTCATGCCC TGCAATGGAC AGTGGACAAT ATCTTCTCAG GGACATCCAA CATGAGAAAA 
AACAGAATCA TTTTTGTGGT ATCTACTGGA GAAACAAGTT ATTTGGACAG GAAAGTCTTG 
AAGAAAGAAT CTCTGCGGGC CAAATGTCAA GGCTATGCCA TATTTGTGTT TTCTTTTGGC 
TTATCACACA ATGACGAGGA GCTGGAAGAA TTAGCCAGCC ACCCCCTCGA TCACCACTTG 
GTCCAACTTG GCCGAATTCA CAAAGCAGAC TACAGATATG GCGTGAAGTT TGTGAAATCT 
TTTATAAACT CAGTCAGGCG TGCAATCAAC AAATATCCAC CAATAAACTT CAAAGCAAAA 
TGCAGTAAAC TCAACTCTCC AGATCCAAAG CAGCCATCAA GACCACAATA TCCCCTTCTG 
GCTCGTTCTG GATCCTTTGA AGCGAGGTTT CTAGCCAAAA AACCTCTCTC AAGAGTCGTC 
CAAGGTAGTG CTGTTCGGAA CACCAAAAGG TTTATCAGGA ATAAATCCCA TCCCCTTAAA 
GATGGAAGCA AGACGCCCAC CTTTGTTCCC AAGACTCGTC TTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_007505177.1
CDS	260..7024
Translation	MLLFFLLIIACARVSVNQDAGPEFADVVFLVDSSDHVGSKSFPFVRTFISKTINSLPVEARKFRIALAQYSDDLHQEFLLSPFMTKNAILNHLKRNFTYMGGSLRIGNALEKVHKTYFSGPMNGRDKNQFPQVLVVLTSAHSEDDVEGPAKALQRDGVKIITLGMQNASEENLKTMATAQFHYNLRTVRDVGTFSTNMTSIIKEVAKYKAGADDADVEEVCHGTSVADVVFLLDEYVNGTQENLEHLKGFLEESVSSFDVKENCMRIGLVTYTDETKVIHSLSTGTNKSEVLQEIQKLSPKAGRAYTGAAMTKVRKEVFSVQKGSRRMQGVPQIAILVAHRPSEDNVSEAALDLRREGVTVFTVGLEGSDDTQLGQISSHPPEKYLSKLKTFSELAAHNQTFQKKLRGEIQHKVSVLSEQTEHLKAGCVETEEADIYLLIDGSGSIYPTDFQEMKAFLSEVIEMFTIAPYKVRVGAVQYSHIQELEFEINKYSNKNDLGKAIDNIWQLGGNTNTGAALDFTLGLLQRAKTQRGNKVPCHLIVLTDGMSDDNVLEPAKKLKDENINVYAIGVKEANRTQLLEIAGTEKRVYYVYNFDSLKDIKNQVVQGICSKEACKDVKADVMFLVDSSRSIGLENFGKMKTFMKNLVNKSQIGEDQVQVGIVQFSDVNKEEFQLNRYWTQHEIFDAIDRMSNIDRETLTGSALKFVSDYFHPSKGARPGVRKFLILITDGESQDPVKDPAMALRQDGVIIYSVGVYGANETQLVEISGKPEMIFYVETFDILKHIEDDLVFGICNPREECKQIEVLDIVFVIDSSGSIDYNEYNIMKEFMIKLVKKADVAKDRVRFGALKYSYDPTILFYLDEFDTRSKVISLLQNDSPKGGDTYTAKALAFSEHMFTEARGSRINQKVPQVLIVITDGESHDANQLNATAKALRDKGILILAVGIAGANTEELLAMAGSTDKYFFVETFGGLKGIFQNVSDSICGPSKVECKMEKADLVFLLDGSNSIYPENFKKMKDFLVSVVDDFDIGPSRVHIGLAQFSHVYRAEFFLGSFTSEGEVSTQIEMTQQVFGNTHIGAALKQVEQYFRPEMGSRINVGIQQVLLVLTDGQSQDEVAKAAEDLRRKGIDIYSLGIGDVDEQQLIQISGTSDKKLTIDNFDELKKIKKRIVRNICTPHGRSSCFVDVVVGFDISSQKKGQPLFEGQAWMETYLKDVLRAISSLNGVSCVVKSQTQVSVAFQVTNAMEKFSPKFEIYSEDILNTLKDVTIKEPSHLNAPFLNSLWDAFQNKSATRGKVILLFSDGLDDNIEKLEEKSDQLRKEGLNALITIALEETLDTNDLADLPYIEFGKGFDYKTQLTIGMRDLGSKLSEYLANVAERTCCCLLCKCAGADGAIGEPGTPGKKGPPGFKGSEGYLGEEGASGERGSPGPMGQGGIKGCDGSRGLKGNRGLNGEEGEVGELGIDGINGEQGDGGLSGTKGEKGDEGSQGNPGKKGPPGDGGRRGLRGDPGNPGSDNNRDGPKGPKGERGKQGTRGQLGIPGSPGSRGNTPRHGRRGPTGPQGINGASGMDGHDGPLGLKGPQGPRGDAGMKGEEGSLGSKGPQGPPGPNGVKGSPGSLGIRGNKGELGPPGKKGAPGSSGYRGMPGEDGRAGYGRKGEKGEKGQEGFPGDSGPKGEVGDPGSPGEVGPKGYKGRMSPAGPPGEPGSPGSQGHPGQKGPKGAKGWTSFSTCDIIQFVRDHSPGWQGKPECPVHPTELVFALDLSREVTEEAFERMKEMTISIVDDLKIRENNCPVGARVAVVSYNSNTRHLLRLSDSHSKSQLLRAIKALRFETSSGDREVGKTMRFVARNVFKRTLPGVNTRRIATIFSDGQSTDASSIVTATMEFNALDVIPVVIAFNNVPAVKRAFAIDDTGAFQVLTIPPRADYKPMLKRLQQCTFCYDRCKPDVSCEQAKPPAAPSYIDAAFLFQGSRDVGSAEFEDVKVFLKALLDNFEVAIEPETSAVGDRVALLSHAPPGFMPNTRSSPVRMEFNFTTYNDKRLMKRHVEESVQQLNGEAFLGHALQWTVDNIFSGTSNMRKNRIIFVVSTGETSYLDRKVLKKESLRAKCQGYAIFVFSFGLSHNDEELEELASHPLDHHLVQLGRIHKADYRYGVKFVKSFINSVRRAINKYPPINFKAKCSKLNSPDPKQPSRPQYPLLARSGSFEARFLAKKPLSRVVQGSAVRNTKRFIRNKSHPLKDGSKTPTFVPKTRL

Target ORF information:

RefSeq Version	XM_007505115.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica collagen type VI alpha 6 (COL6A6), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_007505115.1

ORF Insert Sequence:

ATGCTCCTGT TTTTCCTCCT CATCATAGCT TGTGCCAGAG TGTCTGTGAA CCAGGATGCC 
GGTCCTGAGT TTGCTGATGT TGTGTTCCTG GTGGATAGCT CTGACCATGT GGGGAGCAAG 
TCCTTCCCCT TTGTGAGAAC CTTTATAAGC AAAACGATCA ACAGTCTTCC AGTGGAGGCC 
AGAAAATTCC GTATTGCCCT TGCTCAGTAT AGCGATGATC TACACCAGGA GTTCCTGCTG 
AGCCCCTTCA TGACCAAGAA CGCCATATTG AACCACCTCA AGAGGAACTT CACCTACATG 
GGGGGATCTT TGCGAATAGG CAATGCTCTT GAGAAGGTCC ACAAGACCTA CTTCTCAGGC 
CCAATGAATG GAAGAGACAA GAATCAGTTC CCACAGGTTC TGGTAGTCTT GACTTCAGCC 
CACTCTGAGG ATGATGTGGA AGGACCAGCA AAGGCTTTGC AGAGAGACGG GGTGAAAATC 
ATCACATTGG GGATGCAAAA TGCTTCAGAA GAAAATCTAA AAACGATGGC CACGGCTCAG 
TTTCATTACA ACCTTAGAAC AGTGAGAGAT GTGGGCACAT TTTCTACAAA TATGACCAGC 
ATCATAAAGG AGGTGGCAAA GTATAAGGCA GGAGCAGATG ATGCTGATGT GGAAGAAGTT 
TGTCACGGTA CTTCTGTGGC TGATGTCGTA TTCCTCCTGG ACGAATATGT CAACGGCACC 
CAGGAAAACT TGGAACATCT TAAAGGATTC CTAGAAGAGA GTGTGTCTTC TTTTGATGTG 
AAAGAGAACT GTATGAGGAT TGGTCTGGTG ACCTACACCG ATGAGACAAA GGTGATACAT 
TCCCTGAGCA CAGGGACCAA CAAGTCGGAG GTTCTGCAAG AGATTCAGAA GCTGTCTCCC 
AAAGCTGGGA GAGCCTACAC TGGAGCTGCC ATGACAAAGG TCAGGAAGGA AGTCTTCAGC 
GTCCAGAAAG GCAGCCGGAG GATGCAGGGG GTCCCCCAGA TAGCCATTCT GGTTGCTCAT 
AGACCATCAG AAGATAACGT CTCTGAAGCA GCACTTGACC TTCGGCGTGA GGGTGTAACT 
GTGTTCACTG TGGGCTTAGA AGGCTCTGAT GATACCCAGT TGGGACAGAT ATCATCTCAT 
CCTCCAGAAA AGTATCTTTC CAAACTGAAA ACATTTTCAG AACTGGCAGC CCATAATCAG 
ACATTTCAGA AGAAACTCAG AGGTGAAATA CAGCATAAGG TATCCGTCCT ATCAGAACAG 
ACTGAACACC TCAAAGCTGG TTGTGTAGAA ACTGAAGAAG CCGACATCTA TTTACTCATC 
GATGGCTCAG GAAGTATCTA CCCAACAGAC TTCCAAGAAA TGAAAGCATT TCTGTCAGAA 
GTGATAGAAA TGTTCACCAT AGCACCCTAT AAAGTCAGAG TTGGAGCTGT TCAGTATTCA 
CACATTCAGG AACTGGAATT TGAGATTAAC AAATACTCAA ACAAAAACGA TTTGGGAAAG 
GCTATTGACA ACATCTGGCA GTTGGGCGGC AACACCAATA CAGGTGCAGC GCTGGATTTC 
ACTCTTGGGC TTCTACAAAG AGCAAAGACT CAGAGAGGGA ACAAAGTGCC ATGTCACCTG 
ATTGTACTGA CAGATGGAAT GTCGGATGAC AATGTCTTGG AGCCTGCCAA AAAACTCAAG 
GATGAGAATA TCAATGTGTA TGCCATTGGC GTCAAGGAAG CAAACCGAAC CCAGTTGCTA 
GAAATTGCAG GAACTGAAAA GAGAGTTTAT TATGTGTATA ACTTTGATTC TTTGAAAGAC 
ATAAAAAATC AAGTTGTTCA AGGAATCTGT TCCAAAGAAG CTTGTAAAGA CGTGAAAGCT 
GATGTCATGT TTCTGGTGGA TAGTTCTAGA AGCATAGGAC TTGAAAATTT TGGGAAAATG 
AAAACATTTA TGAAAAACCT GGTGAACAAG TCTCAGATTG GAGAAGACCA AGTACAAGTT 
GGCATTGTCC AATTCAGTGA CGTGAACAAA GAAGAATTTC AGCTCAATAG GTATTGGACC 
CAACATGAAA TTTTTGATGC GATAGACAGA ATGTCTAACA TAGACAGGGA GACCCTGACG 
GGAAGTGCCC TGAAGTTTGT GTCTGACTAT TTCCATCCCT CCAAGGGGGC ACGTCCCGGT 
GTCAGAAAGT TTCTCATCCT CATCACAGAT GGAGAATCAC AGGATCCAGT CAAGGACCCA 
GCTATGGCTC TTCGGCAAGA TGGCGTAATT ATCTACTCCG TGGGAGTGTA TGGCGCAAAT 
GAAACCCAAC TAGTGGAAAT CAGTGGGAAA CCTGAAATGA TTTTTTATGT TGAGACTTTT 
GATATTCTTA AGCACATAGA AGATGACCTC GTTTTTGGCA TATGTAACCC CCGGGAAGAA 
TGCAAACAGA TAGAAGTTTT AGACATAGTG TTTGTCATTG ATAGCTCTGG CAGTATAGAC 
TACAATGAAT ACAACATTAT GAAAGAGTTC ATGATCAAGC TGGTGAAAAA AGCTGATGTT 
GCCAAGGACC GAGTTCGGTT TGGAGCCTTA AAATACTCCT ATGATCCTAC GATTCTTTTT 
TATCTCGATG AGTTTGACAC TAGGTCCAAA GTCATTTCAC TTCTCCAGAA TGATTCCCCA 
AAAGGAGGAG ATACATACAC AGCCAAAGCC CTTGCCTTCT CAGAGCACAT GTTCACTGAG 
GCACGGGGCA GCCGCATAAA CCAAAAAGTG CCCCAGGTCC TCATCGTGAT CACAGATGGC 
GAATCCCACG ACGCCAACCA ACTCAATGCT ACAGCCAAAG CTTTAAGGGA CAAAGGCATT 
CTCATCCTGG CCGTAGGAAT TGCAGGAGCG AATACTGAAG AACTTTTGGC AATGGCAGGT 
TCAACTGACA AGTATTTCTT TGTGGAGACT TTTGGGGGCC TGAAGGGAAT CTTCCAAAAT 
GTGTCAGACA GTATTTGTGG TCCTTCCAAA GTAGAATGTA AAATGGAAAA GGCAGATCTT 
GTTTTCCTCC TTGATGGTTC TAATAGCATA TATCCAGAAA ACTTCAAGAA GATGAAGGAT 
TTTCTAGTGT CCGTAGTGGA TGATTTTGAC ATCGGACCTA GCAGAGTGCA CATCGGACTG 
GCTCAGTTCA GTCATGTCTA CCGGGCTGAG TTTTTCCTGG GGTCATTCAC CAGTGAGGGG 
GAGGTTTCCA CTCAAATTGA AATGACTCAA CAGGTCTTTG GAAATACCCA CATTGGTGCT 
GCACTGAAAC AAGTGGAACA ATATTTCCGA CCAGAGATGG GCAGCAGAAT AAATGTGGGT 
ATCCAGCAAG TTTTACTGGT TCTCACTGAT GGCCAGTCCC AAGATGAAGT GGCCAAGGCT 
GCCGAAGACC TGAGAAGGAA AGGAATTGAC ATATATTCTT TGGGCATTGG CGACGTGGAT 
GAGCAGCAAC TTATTCAGAT ATCTGGAACA TCAGACAAAA AACTAACAAT CGATAACTTT 
GATGAGCTGA AAAAGATCAA AAAAAGAATA GTCCGCAACA TCTGCACACC ACATGGAAGA 
AGCAGTTGTT TTGTGGATGT GGTTGTGGGC TTTGACATCT CCTCTCAGAA GAAAGGACAG 
CCTTTATTTG AAGGTCAGGC TTGGATGGAG ACTTATCTTA AGGATGTGTT ACGTGCCATC 
AGTTCCCTAA ATGGGGTGAG CTGTGTGGTG AAATCCCAGA CTCAGGTCAG TGTGGCCTTT 
CAAGTGACAA ATGCCATGGA GAAATTTTCC CCCAAGTTTG AGATTTACAG TGAAGATATC 
CTGAATACCT TGAAGGATGT AACCATTAAG GAACCATCTC ACCTCAATGC ACCTTTCTTG 
AATTCACTTT GGGATGCCTT TCAGAATAAA TCTGCTACTC GAGGAAAGGT GATACTGTTA 
TTTTCAGATG GGTTGGATGA TAACATTGAA AAACTGGAAG AAAAATCTGA TCAACTCCGA 
AAAGAAGGGC TCAACGCTCT GATAACCATT GCACTGGAAG AGACTTTGGA TACAAATGAT 
CTGGCTGACC TTCCATACAT TGAATTTGGG AAAGGATTTG ATTATAAGAC TCAGTTAACA 
ATTGGAATGA GAGATTTGGG AAGCAAACTC TCAGAATATC TGGCTAATGT TGCTGAAAGA 
ACATGCTGCT GCCTGCTTTG CAAGTGTGCT GGGGCAGATG GTGCCATTGG AGAACCTGGA 
ACGCCTGGGA AAAAGGGCCC TCCAGGTTTT AAAGGAAGCG AAGGCTATCT AGGAGAAGAA 
GGTGCTTCTG GAGAAAGAGG ATCACCTGGA CCAATGGGAC AAGGAGGCAT TAAAGGATGC 
GATGGGAGCA GAGGTCTCAA GGGAAACAGG GGGCTGAATG GAGAGGAGGG AGAAGTTGGG 
GAGCTTGGGA TTGATGGAAT AAATGGAGAA CAGGGTGACG GAGGCCTTTC TGGAACAAAA 
GGAGAAAAAG GAGATGAAGG TTCCCAGGGC AACCCTGGGA AGAAAGGACC ACCAGGTGAT 
GGCGGCAGAA GGGGATTGCG AGGGGATCCC GGCAACCCTG GATCAGACAA TAACAGAGAC 
GGACCCAAGG GCCCAAAAGG AGAAAGGGGG AAACAAGGTA CAAGAGGACA GCTAGGAATA 
CCAGGATCTC CAGGCTCCCG AGGAAACACG CCAAGGCATG GCCGACGAGG ACCGACTGGC 
CCACAGGGAA TAAATGGAGC TTCTGGTATG GATGGCCATG ATGGACCATT GGGATTAAAG 
GGCCCCCAGG GCCCGAGAGG AGATGCTGGC ATGAAAGGAG AAGAAGGAAG TCTTGGAAGT 
AAAGGTCCCC AGGGGCCTCC AGGACCAAAT GGTGTCAAAG GGAGTCCTGG CAGCTTGGGG 
ATCAGAGGAA ATAAAGGAGA ACTGGGACCT CCAGGAAAGA AAGGAGCACC TGGATCATCT 
GGTTATCGTG GAATGCCGGG AGAAGATGGA CGTGCGGGAT ATGGTAGAAA GGGAGAAAAA 
GGAGAAAAGG GACAAGAAGG CTTCCCAGGA GATAGTGGAC CAAAGGGGGA AGTTGGTGAT 
CCCGGCAGTC CAGGAGAAGT TGGTCCAAAG GGGTATAAAG GAAGAATGAG TCCTGCAGGA 
CCCCCTGGGG AGCCAGGATC TCCTGGATCT CAAGGACATC CAGGTCAGAA GGGTCCAAAA 
GGAGCAAAGG GATGGACCTC CTTCTCAACC TGTGACATCA TTCAGTTTGT TCGGGACCAC 
AGCCCTGGCT GGCAGGGAAA GCCAGAATGT CCTGTTCATC CTACTGAATT AGTATTTGCT 
TTGGATCTGT CCAGAGAGGT CACGGAGGAG GCATTTGAAC GCATGAAGGA GATGACTATT 
TCAATCGTGG ATGACCTCAA GATCAGGGAA AACAACTGCC CGGTGGGAGC AAGAGTTGCT 
GTTGTCTCCT ATAACTCTAA CACCCGGCAT CTCCTCCGTC TGTCCGACTC CCATAGCAAA 
AGCCAGCTGC TCAGAGCGAT TAAAGCTCTC CGTTTTGAGA CATCCTCAGG GGACCGGGAG 
GTCGGCAAGA CAATGAGGTT TGTGGCCAGG AATGTCTTCA AGAGAACCCT CCCAGGGGTC 
AACACGAGGA GGATTGCCAC AATTTTCAGT GATGGCCAGT CCACCGATGC ATCATCCATT 
GTTACCGCTA CCATGGAGTT CAATGCTCTG GACGTCATTC CAGTCGTGAT TGCTTTTAAC 
AATGTACCTG CTGTCAAGCG TGCCTTTGCG ATTGATGACA CTGGAGCGTT TCAGGTGTTA 
ACTATCCCTC CGAGGGCTGA CTACAAGCCA ATGTTGAAGA GACTCCAGCA GTGTACGTTC 
TGCTATGACA GATGCAAGCC TGATGTTTCT TGTGAGCAGG CTAAACCACC AGCAGCGCCA 
TCTTACATAG ATGCAGCCTT CCTCTTCCAA GGCTCCCGAG ATGTGGGGAG TGCCGAGTTT 
GAGGATGTGA AAGTTTTCCT GAAAGCTCTG CTGGATAACT TTGAGGTTGC CATTGAACCG 
GAGACGTCTG CTGTTGGGGA CAGAGTTGCC CTACTGAGCC ATGCTCCTCC AGGTTTCATG 
CCCAATACTC GTTCCAGCCC AGTTAGGATG GAGTTCAATT TCACCACCTA CAATGATAAG 
CGCCTAATGA AAAGACATGT TGAAGAATCA GTTCAACAGC TCAATGGGGA AGCTTTCTTG 
GGTCATGCCC TGCAATGGAC AGTGGACAAT ATCTTCTCAG GGACATCCAA CATGAGAAAA 
AACAGAATCA TTTTTGTGGT ATCTACTGGA GAAACAAGTT ATTTGGACAG GAAAGTCTTG 
AAGAAAGAAT CTCTGCGGGC CAAATGTCAA GGCTATGCCA TATTTGTGTT TTCTTTTGGC 
TTATCACACA ATGACGAGGA GCTGGAAGAA TTAGCCAGCC ACCCCCTCGA TCACCACTTG 
GTCCAACTTG GCCGAATTCA CAAAGCAGAC TACAGATATG GCGTGAAGTT TGTGAAATCT 
TTTATAAACT CAGTCAGGCG TGCAATCAAC AAATATCCAC CAATAAACTT CAAAGCAAAA 
TGCAGTAAAC TCAACTCTCC AGATCCAAAG CAGCCATCAA GACCACAATA TCCCCTTCTG 
GCTCGTTCTG GATCCTTTGA AGCGAGGTTT CTAGCCAAAA AACCTCTCTC AAGAGTCGTC 
CAAGGTAGTG CTGTTCGGAA CACCAAAAGG TTTATCAGGA ATAAATCCCA TCCCCTTAAA 
GATGGAAGCA AGACGCCCAC CTTTGTTCCC AAGACTCGTC TTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

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COL6A6 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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